1) Compensatory fuzzy operators
补偿模糊运算
2) fuzzy compensation
模糊补偿
1.
The automatic control system for pour moulding process in aerated concrete production is particular introduced based on paper A fuzzy compensation algorithm is presented for the accuracy problem in measuring mortar.
为了解决料浆计量的准确性 ,提出了模糊补偿算法。
2.
In order to ensure good disturbance-opposing ability of robots,speed up the convergence and increase the accuracy of trackin error, based on fuzzy logic system,combining fuzzy logic systems,adaptive control,H_∞control and a fuzzy compensation,a new adaptive fuzzy control method for unknown robot is presented.
该控制算法基于模糊逻辑系统,将模糊自适应控制器的设计与H_∞控制相结合,在鲁棒补偿的基础上引入模糊补偿;并基于Lyapunov方法,给出了学习自适应律,及H_∞跟踪特性的证明。
3.
The gain error compensation algorithm is proposed to reduce gain error,and moreover fuzzy compensation replacing gain compensation is used to improve the robustness of the system.
对此提出误差增益补偿算法以减小增益误差,并进一步用模糊补偿替代增益补偿以提高系统的鲁棒性。
4) Interactive Compensatory Fuzzy Algorithm
交互式补偿模糊算法
1.
An Interactive Compensatory Fuzzy Algorithm for Grey Decentralized Bi-level Drift-type Linear Programming Model;
灰色离散双层漂移型线性规划模型及其交互式补偿模糊算法
5) fuzzy operation
模糊运算
1.
Considering the uncertainty,insufficiency of the measurement data and the great error to get the the weight of water with traditional method,this paper introduces a new method based on fuzzy operation to get the the weight of water in damaged main cabin of submarine.
论文介绍了一种基于模糊运算的求取潜艇破损主隔舱进水量的方法,该方法通过对不确定的测量参数建立模糊模型,根据模糊数的运算法则,分析了直接法求取破舱进水量所存在的问题,然后介绍了一种新的方法-构造法并运用这种方法给出了破舱进水量的模糊模型及其隶属函数,最后通过一个实例来阐述实际的应用过程。
2.
It is necessary to rationally explain the semantics of quantitative Fuzzy operations.
合理地解释定量模糊运算的语义是必要的。
6) fuzzy logic compensation
模糊逻辑补偿
1.
Networked PI control systems with fuzzy logic compensation and its stability analysis;
模糊逻辑补偿的网络PI控制系统及稳定性分析
补充资料：不定积分的运算法则
又称为“不定积分的性质”，包含如下两个性质：
（1）设函数f(x)的原函数存在，k是常数，k≠0，则
∫kf(x)dx=k∫f(x)dx
（2）设f(x),g(x)是两个可积分的函数，则
∫[f(x)+g(x)]dx=∫f(x)dx+∫g(x)dx
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条